![]() I believe it is taking the "largest" value being passed to it, and then using the "percentage" of that value in relationship to the "height" of the meter to determine where to draw that line. I think it is a problem with the relationship between two or more lines/measures in the same Line meter. I don't think this is a problem with MinValue. I just don't see how both the "value" and the "percentage" can both play a role when you have two or more lines. "90" IS greater than "50", even though in this case they are both "50%". This feels to me like it is trying to be two conflicting things at once. If you add a second line/measure, then it seems to be based on the percentage of the "largest" value for the measures in the context of the meter height, with other lines/measures based on some relationship to the first line. The line is drawn based on the percentage in the context of the meter height. If you have a Line meter with one line, based on one measure, it seems to make some kind of sense. Setting AutoScale=1 on it just makes it go from "mysterious" to "bizarre". It sorta displays the "amount of change" between different values for a measure over the course of time, but not in any "context" that makes any sense to me. The Line meter has always been a complete mystery to me, and pretty much never displays anything that is of any value, which is why I never use it. I mean, it is clearly based on the "percentage", not the "value", and yet the "value" seems to play some strange role in how the line is scaled in the context of the height. ![]() I may be misunderstanding the entire point of this meter. I'm probably missing something fundamental, but to me this meter should entirely be based on the "percentage" as a factor of the meter "height". It seems to me that the meter is taking into consideration the fact that the measure value "90" is greater than the measure value "50", but I don't see how that should play any role. I hope that brian or theAzack9 can poke around a bit at some point and illuminate the matter. I confess I have no idea at all why those two lines are not drawn in exactly the same spot. ![]()
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